code_saturne User's Forum

Hello, It has been a long time since I came last time. I did not use codesaturn for a long while, so I have to remember one by one... In the past, I asked you how to remap without rescaling, and I succeeded. Now I want to use the same code but apply remapping to two faces. As I did before, for the f...

Hello,

I tried as you said, but unfortunately the same problem happened.

Best regards,
Hamada

Hello, I am just wondering if there is someone who restarts the simulation of CodeSaturne in Openfoam. Now I am thinking of a direct simulation and a inverse simulation. I am planning to run the direct simulation in CodeSaturn. Then I will export the data and import it into Openfoam, and run the inv...

Hello Yvan, Sorry for restarting from old posts. These days I had some problems when I overwrite the velocity field with the average velocity field. Replacing velocity with the average velocity works. No problem happened here. However, even though it works, scalar transport cannot be solved based on...

Hello everyone, I would like to share the code that can map all variables to another inlet face without any rescaling. call getfbr('mapped_inlet_duct', nlfac, lstfac) if (ntcabs == ntpabs) then allocate(lstcel(ncel)) do iel = 1, ncel lstcel(iel) = iel enddo coord_shift(1,1) = -0.02 coord_shift(2,1) ...

Hello, I just want to know if it is possible to restart with a different mesh. I think it is possible because there are some options in GUI about different mesh. In my case, the calculation procedure is the followings: 1. Flow simulation with a coarse mesh to get average flow. 2. Scalar transport wi...

Hello Yvan, I tested the following boundary conditions. For Vx and Vz at the inlet, I gave Dirichlet conditions and for Vy at the inlet I gave Neumann conditions. The subroutine code is here: call getfbr('inlet', nlelt, lstelt) do ilelt = 1, nlelt ifac = lstelt(ilelt) itypfb(ifac) = ientre !Dirichle...

Hello,

This is a small test.
You can download them.
Would you test them? Best regards,
Tsubasa

Hello, I run the following code. Is it what you mean? do f_id = 0, n_fields-1 normalize = 0 print *, f_id call boundary_conditions_mapped_set(f_id, inlet_l, MESH_LOCATION_CELLS, & normalize, interpolate, & nlfac, lstfac, rvoid, & nvar, rcodcl) enddo Let me post some files. run_solver.log...

Hello, Are these infomation enough for you? subroutine cs_f_user_boundary_conditions & ( nvar , nscal , & icodcl , itrifb , itypfb , izfppp , & dt , & rcodcl ) !=============================================================================== !==========================================...